Discover the versatility of our PhenoMaster system, offering classic voluntary running wheels and a spectrum of options tailored to diverse research needs. Alongside the classic, we offer innovative solutions like the workload wheel, complex wheel, and exclusive stand-alone calorimetric wheel for cardio-metabolic research. Providing researchers with unparalleled flexibility, our system accommodates varied experimental requirements effortlessly. With a slim design, ample space, and intuitive maintenance features, our comprehensive running wheel solutions seamlessly elevate your research endeavors.
Time- and distance-controlled running with enable / disable function
UNIQUE programmed progressive resistance running routines
Paired running: running profile of experimental animal is imposed onto a control animal
Motor skill evaluation wheel: variable distance between cross bars by removing selected rungs for detection of motor skill deficits and motor skill learning – UNIQUE
Motivated running: running for food/liquid in combination with the food/liquid access control unit
UNIQUE Combination with the operant wall for complex learning tasks: running as a reward
The CaloWheel is a motorized running wheel designed for rats or mice, optimized for metabolic measurements during physical activity, known as exercise calorimetry. Enclosed within a transparent, airtight housing, the wheel seamlessly integrates with our fully automated indirect gas calorimetry system, CaloSys, operated via PhenoMaster software. Calorimetric parameters such as oxygen consumption (VO2), carbon dioxide production (VCO2), respiratory exchange ratio (RER), and energy expenditure (EE) are precisely determined at predefined intervals while the test animal follows a customized activity profile set by the experimenter.
Our new module is designed to revolutionize resistance training for animals and eliminate the need for invasive or stressful methods. It encourages animals, including reluctant obese individuals, to perform hindleg extensions. For example, to reach a food hopper hidden beneath a hinge with adjustable resistance (% body weight). Researchers can study effects on cellular, biochemical, transcriptional, and metabolic adaptations over short or long terms.
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